Part 1 - It was everything it was nothing-- It curved without boundary at temperatures infinitely burning. A dense spot holding the ingredients to our universe. Particles racing around too sexy to settle down-- it was the beginning. In every equation of general relativity, the radius of space-time starts at zero-- as do all our cosmological theories. From this point, an expansion: flat and smooth. Science does not address conditions before this-- they are not representative of the universe we now live in the one immediately after the Big Bang, past the point of zero. The temperatures relented, particles found each other more attractive. Some began to cluster, bringing new particles into existence. From quarks, we get protons and neutrons, foundational parts of the atom-- not indivisible as once thought, electrons included. Photons colliding at high speed, generating masses give birth to both positron and electron-- particles, destined many to annihilate eac...